Oil pollution is a common problem in industrial production and daily life. For different types of oil pollution, Oil degreasing additive is considered to be a solution. But, can Oil degreasing additive effectively clean different types of oil stains? This article will explore this issue and decipher the cleaning effects of Oil derosination additive.

Understand the principle of Oil derosination additive

First, we need to understand how Oil degreasing additive works. Oil degreasing additive is a surfactant that has the functions of dispersing, emulsifying and decontaminating. Its main components can interact with oil molecules, change their surface properties, make them disperse in water, and be washed away with water. Therefore, Oil derosination additive is widely used in the process of cleaning oil stains.

Effective at cleaning light oil stains

For light oil stains, such as cooking oil, engine oil, etc., Oil degreasing additive can usually achieve good cleaning results. Because this type of oil is relatively light, Oil derosination additive can quickly disperse and emulsify the oil so that it mixes with water for effective cleaning. This kind of cleaning effect can usually be significantly reflected in a short time, which brings convenience to the cleaning work.

Meeting the challenge of heavy oil pollution

However, for heavy oil stains, such as lubricating oil, tar, etc., the cleaning effect of Oil degreasing additive may face challenges. This type of oil stain is usually highly viscous and adheres closely to the surface, which limits the dispersion and emulsification of the oil derosination additive. Therefore, cleaning heavy oil stains may require more time and effort, and may even require a combination of other cleaners or mechanical methods to achieve the desired results.

Optimized formulas for different types of oil pollution

In order to deal with different types of oil pollution, some oil degreasing additive manufacturers have begun to develop targeted optimized formulas. These optimized formulas can be adjusted according to the nature and characteristics of oil stains to improve the application range and cleaning effect of Oil derosination additive. For example, for heavy oil stains, the content of surfactants can be increased or special detergents introduced to enhance cleaning capabilities.

Environmental protection and safety considerations

In addition to the cleaning effect, environmental protection and safety are also important indicators for evaluating Oil derosination additive. A high-quality oil degreasing additive should have the characteristics of low toxicity, low volatility and easy biodegradation to reduce the impact on the environment and human body. Therefore, when selecting and using Oil derosination additive, you must pay attention to its environmental protection and safety, and operate and handle it in strict accordance with relevant regulations.

Conclusion: challenges and prospects

Oil degreasing additive plays an important role in cleaning different types of oil stains. Although its cleaning effect is affected by the type of oil stain, its scope of application and cleaning effect can be continuously improved by optimizing the formula and technical means. In the future, with the advancement of technology and the improvement of environmental awareness, Oil derosination additive will usher in broader development prospects and provide more choices and possibilities for cleaning work.